Furthermore, an arrangement contributed to the inhibition of the formation of a phenomenon in the so-called. burning droplets, limited heat release rate and the weight loss of the material as well as the reduced amount of secreted dymów.Na the basis of a number of studies it was found that high-density polyethylene modified with the proposed flame-retardant system has a higher resistance to fire and emit smaller amounts of smoke during combustion in comparison with an unmodified PE -HD, as well as various polyethylene containing nanofillers and other halogen-free flame retardants, or polyethylene with flame retardant halogenowymi.Potencjał komercjalizacjiPolska is an important participant in the market on a European scale – in terms of demand for plastics is ranked 6th in the EU. It is estimated that in 2016 the Polish industry consumed approx. 3.3 million of various polymers, an increase of approx. 6.9% compared to 2015. In Poland produces all basic plastic materials of which the largest part are polyolefins m .in. polyethylene of high and low density – approx.
30% rynku.Materiały used in the invention are commercially available agents which statement results in an increased efficiency in reducing the flammability and smoke emissions of one of the most popular plastic, compared to the effect with that of the commercially available flame retardants. Further, the content drawn by weight of the polymer mixture is 30 wt% which reduces the impact on its performance. It speaks in Continue reading “What can be achieved by wynalazkowiWynalazek relates to the use of ruthenium chloride in high oxidation states as inhibitors of the growth of bacterial biofilm.”